Feedmore silage agent ensures optimally preserved silages.
It contains a scalding inhibitor for longer stability during silage and enzymes for optimal feed utilization.
Quickly create a stable pit thanks to three lactic acid bacteria strains
A pit naturally contains unwanted micro-organisms that will inefficiently preserve the pits if no action is taken. The various lactic acid bacteria strains that are found in large quantities in Feedmore lower the pH very quickly. In addition, they give unwanted micro-organisms much less chance to develop (figure 1). They prevent losses during ensiling and ensure the maintenance of nutritional values. This results in a higher milk yield and/or savings on concentrates.
Figure 1 – The pH progression of Feedmore ULV / WSP and the time savings achieved in the preservation process. After 3 days the pit is stable. Two lactic acid bacteria strains initiate the reduction of the pH. They already do their work at higher pH values and when there is still some oxygen in the holes. These lactic acid bacterial strains are facultatively aerobic. The third lactic acid bacteria strain ‘Plantarum’ comes into action when the pit is oxygen-free and is most efficient between pH 6 and pH 4.
Prevent heating and preserve taste
When removing silage, the silage comes into contact with oxygen again. Undesirable micro-organisms such as fungi, yeasts and oxygen-loving bacteria are then given the opportunity to grow. This means that nutritional values are lost if no action is taken. In addition, molds produce harmful mycotoxins. These have negative effects on animal health and production. Silage agent Feedmore ULV / WSP contains a unique propionic acid bacterial strain that suppresses this process, inhibits heating and at the same time preserves the palatability of the silages.
Unique enzyme technology
The enzymes in the silage agent have a significant effect on digestibility while retaining the structural value of the crop. These enzymes have the ability to release carbohydrates for rumen bacteria to absorb from difficult-to-digest cell structures in roughage. Increased production when using Feedmore is a proven consequence of this. The enzymes also make extra sugars available to the lactic acid bacteria. As a result, sufficient energy will be available to ensure that the preservation process runs quickly, even under poor ensiling conditions.
Feedmore inoculant available in three forms
Feedmore Combi ULV
Also suitable for dosing systems with little water. Refilling is then necessary less often.
Feedmore Combi WSP
Feedmore Combi granules
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